Water wringing mop

ABSTRACT

A water wringing mop includes a wiping object and a rod body. The rod body is externally sleeved with a sleeve configured to ascend and descend along the rod body. The upper end of the wiping object is connected to the sleeve, and the lower end of the wiping object is connected to the lower end of the rod body. The lower end of the rod body is provided with a detachably connected compressing piece, the compressing piece fixedly connects the lower end of the wiping object to the lower end of the rod body, and the upper end of the wiping object is detachably connected with the sleeve. By arranging a distribution plate, when the sleeve falls, the wiping object can be fully dispersed under a guiding action of the distribution plate. A detaching tool is connected to the rod body in a clamping manner.

CROSS REFERENCE TO THE RELATED APPLICATIONS

This application is based upon and claims priority to Chinese PatentApplication No. 202022481619.2, filed on Oct. 31, 2020, the entirecontents of which are incorporated herein by reference.

TECHNICAL FIELD

This present invention belongs to the technical field of cleaning tools,and in particular relates to a water wringing mop.

BACKGROUND

A mop, also known as a swab, refers to a long-handle cleaning tool whichscrubs a floor, and also refers to a long-handle cleaning tool ingeneral. The mop is a common cleaning tool for families and publicplaces. In a modern life, the mop is widely used.

After the water wringing mop is used, a wiping object for wiping becomesdirty and dirt which is hardly cleaned is attached to the mop. As thewiping object in the prior art is fixed to a rod body of the mop and ishardly cleaned, and the floor mopping effect is worse and worse and eventhe floor is dirty when being mopped because of more and more dirtaccumulated on the wiping object after long time use of the mop, someparts of which are hardly cleaned, a user can only clean or replace themop frequently, so that the physical output of the user is increased, alot of cleaning water is wasted, and the service life of the mop is notlong.

SUMMARY

The objective of the present invention is to provide an easily cleanedwater wringing mop to solve the problem in the prior art.

The objective of the present invention can be realized by the followingtechnical scheme: a water wringing mop includes a wiping object and arod body, wherein the rod body is externally sleeved with a sleevecapable of ascending and descending along the rod body, the upper end ofthe wiping object is connected to the sleeve, and the lower end of thewiping object is connected to the lower end of the rod body, the lowerend of the rod body is provided with a detachably connected compressingpiece, the compressing piece fixedly connects the lower end of thewiping object to the lower end of the rod body, and the upper end of thewiping object is detachably connected with the sleeve.

The sleeve descends along the rod body to drive the wiping object todescend to be in contact with a ground to mop. The sleeve ascends alongthe rod body to drive the wiping object to ascend to cling to the rodbody to wring water. The upper end of the wiping object is detachablyconnected to the sleeve, and the lower end of the wiping object isdetachably connected to the lower end of the rod body. When the upperand lower ends are detached, only the wiping object is left withoutother plastic parts, so that the wiping object can be directly cleanedor replaced conveniently. The mop is cleaned more cleanly after beingdetached without being cleaned frequently, so that the physical powerand the water consumption of the user are saved. The floor moppingeffect of the cleaned mop is better, and the service life of the mop isprolonged as the wiping object can be replaced.

In the abovementioned water wringing mop, the compressing piece isprovided with an external thread, and the lower end of the rod body isprovided with an internal thread matched with the external thread.

It is convenient to detach the wiping object and the rod body via athread connection, and it can also be that the compressing piece isinternally provided with the internal thread and the lower end of therod body is provided with the corresponding external thread relatively.

In the abovementioned water wringing mop, the sleeve and the wipingobject are fixedly connected via an elastic cord. It is convenient todetach the wiping object from the sleeve to replace and clean.

In the abovementioned water wringing mop, a locking mechanism capable oflocking an axial direction of the sleeve when the sleeve descends to thelower end of the rod body is further arranged between the rod body andthe sleeve.

The locking mechanism plays a role of preventing the sleeve fromretreating during floor mopping, so that the sleeve is located at thebottom all the time, and the wiping object does not retreat as a resultof a floor mopping action.

In the abovementioned water wringing mop, the locking mechanism includesa lower limiting groove disposed in a lower portion of the rod body anda limiting block, capable of being buckled into the lower limitinggroove, disposed on an inner wall of the sleeve, the limiting blockbeing movably mounted on the sleeve and having a trend of compressingthe rod body continuously.

When it is needed to use the mop, it is needed to lay down the wipingobject. At the time, the limiting block can be pressed, the sleeveslides to the lower limiting groove along the rod body, the limitingblock is buckled into the limiting groove to enter a locked state afterbeing loosened, and the sleeve cannot move axially along the rod body,so that the mop can be used to mop the floor.

In the abovementioned water wringing mop, the upper end of the rod bodyis provided with an upper limiting groove when the sleeve ascends to amiddle portion of the rod body, the limiting block being capable ofbeing embedded into the upper limiting groove and the axial positionthereof being locked.

When the mop is not used, it is needed to put the wiping object aside.At the time, the sleeve is at the highest position, namely, the upperend of the wiping object is located in the middle portion of the rodbody. The wiping object is embedded into the upper limiting groove bymeans of the locking mechanism, so that it is convenient to store andtransport the wiping object. When it is needed to use the mop to mop thefloor, the limiting action of the limiting structure is relieved, sothat the sleeve and the wiping object can slide downwards along the rodbody under the effect of gravity.

In the abovementioned water wringing mop, the lower end of thecompressing piece is provided with a discal supporting piece, thesupporting piece is detachably connected with the compressing piece, thecompressing piece is provided with a detaching hole, through which atool is inserted conveniently, the supporting piece is provided with anavoidance hole corresponding to the detaching hole, and the supportingpiece is configured to lean the wiping object against the ground duringfloor mopping to increase the contact area of the wiping object and theground, so that the floor mopping efficiency is higher. The supportingpiece and the compressing piece can be in either threaded connection orclamping connection, so that it is convenient to mount, detach andreplace. By arranging the detaching hole, it can be inserted anddetached by means of the tools. Compared with bare-handed detachment, itis more labor-saving. The avoidance hole corresponds to the detachinghole. During detachment, the tool penetrates through the avoidance holeand the detaching hole to detach.

In the abovementioned water wringing mop, the lower end of the rod bodyis provided with a distribution plate above the compressing piece. Thedistribution plate has an effect that the wiping object can be fullydispersed under the guiding action of the distribution plate when thesleeve falls, so that it is convenient to mop the floor.

In the abovementioned water wringing mop, the compressing piece isfurther provided with a holding portion, through which the mop is heldby a hand conveniently. Bare-handed detachment is facilitated byarranging the holding portion on the compressing piece.

In the abovementioned water wringing mop, the rod body is movablyconnected with a detaching tool, the detaching tool can be inserted intothe detaching hole and the avoidance hole, the detaching tool is furtherprovided with a scraper and/or a comb, a section of the detaching toolis in an arc-shaped opened ring shape, and the detaching tool can beconnected to the rod body in a clamping manner.

The detaching tool can be inserted into the detaching hole and theavoidance hole smoothly, so that it is convenient to detach thecompressing piece quickly. The scraper and the comb can scrape dirtattached to the wiping object. By arranging the detaching tool in anarc-shaped opened ring shape and connecting the detaching tool to therod body in a clamping manner, the detaching tool is ready access uponuse, so that it is quite convenient.

Compared with the prior art, according to the present invention, theupper end of the wiping object is detachably connected to the sleeve andthe lower end of the wiping object is detachably connected to the lowerend of the rod body, so that it is convenient to replace or clean thedetached wiping object, it is cleaned more cleanly after being detached,the floor mopping effect of the cleaned mop is better, and the servicelife of the mop is prolonged as the wiping object can be replaced. Byarranging the locking mechanism, the sleeve in a floor moping state anda non-floor mopping state can be limited, and thus, axial play thereofis prevented; by arranging the supporting piece, the wiping object leansagainst the ground during floor mopping, so that the contact area of thewiping object and the ground is increased and the floor moppingefficiency is higher; by arranging the distribution plate, when thesleeve falls, the wiping object can be fully dispersed under the guidingaction of the distribution plate, so that floor mopping is facilitated.By forming the detaching hole and the avoidance hole, it is convenientto detach by means of the detaching tool or bare-handed detachment isfacilitated by virtue of the holding portion. By arranging the detachingtool movably connected therewith on the rod body, the detaching tool isaccess upon use, and it is quite convenient. The scraper and/or the combare arranged to remove attachments on the wiping object.

BRIEF DESCRIPTION OF THE DRAWINGS

FIG. 1 is a three-dimensional structural diagram I of the presentinvention.

FIG. 2 is a three-dimensional structural diagram II of the presentinvention.

FIG. 3 is a three-dimensional structural diagram of FIG. 1 after awiping object is hidden.

FIG. 4 is a partial three-dimensional structural diagram of FIG. 3.

FIG. 5 is a three-dimensional structural diagram of FIG. 4 after a partof structure is hidden.

In the drawings, 1, rod body; 2, wiping object; 3, sleeve; 4,compressing piece; 41, holding portion; 42, detaching hole; 5, elasticcord; 6, locking mechanism, 61, lower limiting groove; 62, limitingblock; 7, supporting piece; 71, avoidance hole; 8, distribution plate;9, detaching tool; 91, scraper; 92, comb.

DETAILED DESCRIPTION OF THE EMBODIMENTS

Specific embodiments of the present invention are described below, andfurther description on the technical scheme of the present invention ismade below in combination with the drawings. The present invention isnot limited to the embodiments.

As shown in FIG. 1 to FIG. 5, the water wringing mop of the presentinvention includes a wiping object 2 and a rod body 1, wherein the rodbody 1 is externally sleeved with a sleeve 3 capable of ascending anddescending along the rod body 1, the upper end of the wiping object 2 isconnected to the sleeve 3, and the lower end of the wiping object 2 isconnected to the lower end of the rod body 1, the lower end of the rodbody 1 is provided with a detachably connected compressing piece 4, thecompressing piece 4 fixedly connects the lower end of the wiping object2 to the lower end of the rod body 1, and the upper end of the wipingobject 2 is detachably connected with the sleeve 3.

The sleeve 3 descends along the rod body 1 to drive the wiping object 2to descend to be in contact with a ground to mop. The sleeve 3 ascendsalong the rod body 1 to drive the wiping object 2 to ascend to cling tothe rod body 1 to wring water. The upper end of the wiping object 2 isdetachably connected to the sleeve 3, and the lower end of the wipingobject is detachably connected to the lower end of the rod body 1. Whenthe upper and lower ends are detached, only the wiping object 2 is leftwithout other plastic parts, so that the wiping object can be directlycleaned or replaced conveniently. The mop is cleaned more cleanly afterbeing detached. The floor mopping effect of the cleaned mop is better,and the service life of the mop is prolonged as the wiping object 2 canbe replaced.

The compressing piece 4 is provided with an external thread (not shownin the drawings), and the lower end of the rod body 1 is provided withan internal thread (not shown in the drawings) matched with the externalthread. It is convenient to detach the wiping object 2 and the rod body1 via a thread connection, and it can also be that the compressing piece4 is internally provided with the internal thread and the lower end ofthe rod body 1 is provided with the corresponding external threadrelatively.

The sleeve 3 and the wiping object 2 are fixedly connected via anelastic cord 5. It is convenient to detach the wiping object 2 from thesleeve 3 to replace and clean.

A locking mechanism 6 capable of locking an axial direction of thesleeve 3 when the sleeve 3 descends to the lower end of the rod body 1is further arranged between the rod body 1 and the sleeve 3. The lockingmechanism 6 includes a lower limiting groove 61 disposed in a lowerportion of the rod body 1 and a limiting block 62, capable of beingbuckled into the lower limiting groove 61, disposed on an inner wall ofthe sleeve 3, the limiting block 62 being movably mounted on the sleeve3 and having a trend of compressing the rod body 1 continuously. Thelocking mechanism 6 plays a role of preventing the sleeve 3 fromretreating during floor mopping, so that the sleeve 3 is located at thebottom all the time, and the wiping object 2 does not retreat as aresult of a floor mopping action.

When it is needed to use the mop, it is needed to lay down the wipingobject 2. At the time, the limiting block 62 can be pressed, the sleeve3 slides to the lower limiting groove 61 along the rod body 1, thelimiting block 62 is buckled into the limiting groove 61 to enter alocked state after being loosened, and the sleeve 3 cannot move axiallyalong the rod body 1, so that the mop can be used to mop the floor.

The upper end of the rod body 1 is provided with an upper limitinggroove (not shown in the drawings) when the sleeve 3 ascends to a middleportion of the rod body 1, the limiting block 62 being capable of beingembedded into the upper limiting groove and the axial position thereofbeing locked. When the mop is not used, it is needed to put the wipingobject 2 aside. At the time, the sleeve 3 is at the highest position,namely, the upper end of the wiping object 2 is located in the middleportion of the rod body 1. The wiping object is embedded into the upperlimiting groove by means of the limiting block 62, so that it isconvenient to store and transport the wiping object. When it is neededto use the mop to mop the floor, the limiting action of the limitingblock 62 is relieved, so that the sleeve 3 and the wiping object 2 canslide downwards along the rod body 1 under the effect of gravity.

The lower end of the compressing piece 4 is provided with a discalsupporting piece 7, and the supporting piece 7 is detachably connectedwith the compressing piece 4. The supporting piece 7 is configured tolean the wiping object 2 against the ground during floor mopping toincrease the contact area of the wiping object 2 and the ground, so thatthe floor mopping efficiency is higher. The supporting piece 7 and thecompressing piece 4 can be in either threaded connection or clampingconnection, so that it is convenient to mount, detach and replace. Thecompressing piece 4 is further provided with a holding portion 41,through which the mop is held by a hand conveniently. Bare-handeddetachment is facilitated by arranging the holding portion 41 on thecompressing piece 4. The compressing piece 4 is provided with adetaching hole 42, through which a tool is inserted conveniently, andthe supporting piece 7 is provided with an avoidance hole 71corresponding to the detaching hole 42. By arranging the detaching hole42, it can be inserted and detached by means of the tools. Compared withbare-handed detachment, it is more labor-saving. The avoidance hole 71corresponds to the detaching hole 42. During detachment, the toolpenetrates through the avoidance hole 71 and the detaching hole 42 todetach.

The lower end of the rod body 1 is provided with a distribution plate 8above the compressing piece 4. The distribution plate 8 has an effectthat the wiping object 2 can be fully dispersed under the guiding actionof the distribution plate 8 when the sleeve 3 falls, so that it isconvenient to mop the floor.

The rod body 1 is movably connected with a detaching tool 9, thedetaching tool 9 can be inserted into the detaching hole 42 and theavoidance hole 71, the detaching tool 9 is further provided with ascraper 91 and/or a comb 92, a section of the detaching tool 9 is in anarc-shaped opened ring shape, and the detaching tool 9 can be connectedto the rod body 1 in a clamping manner.

The detaching tool 9 can be inserted into the detaching hole 42 and theavoidance hole 71 smoothly, so that it is convenient to detach thecompressing piece 4 quickly. The scraper 91 and the comb 92 can scrapedirt attached to the wiping object 2. By arranging the detaching tool 9in an arc-shaped opened ring shape and connecting the detaching tool tothe rod body 1 in a clamping manner, the detaching tool is ready accessupon use, so that it is quite convenient.

The principle of the water wringing mop of the present invention is asfollows: when it is needed to mop the floor, the limiting block 62 ispressed first, the sleeve 3 slides downwards along the rod body 1 afterthe limited state is relieved, the sleeve 3 slides downwards to drivethe wiping object 2 connected therewith to slide downwards together, thewiping object 2 descending encounters the distribution plate 8 below,and the unfolding area of the wiping object 2 is increased under theguiding action of the distribution plate 8, and as a result of action ofthe supporting piece 7 below, the wiping object 2 leans against theground, the contact area with the ground is increased, and when thelimiting block 62 slides to the lower limiting groove 61, buckling ofthe limiting block 62 and the lower limiting groove 61 is loosened, sothat it is started to mop the floor; when it is needed to wring andsqueeze water, the limiting block 62 is then pressed, the sleeve 3 underan action force of the user slides upwards along the rod body 1 afterthe limited state is relieved, the sleeve 3 slides upwards to drive thewiping object 2 connected therewith to slide upwards together to squeezewater; if it is needed to clean or replace the wiping object 2, it isonly needed to detach the wiping object from two ends of the wipingobject 2; the connection between the bottom of the wiping object 2 andthe compressing piece 4 may be inserted into the avoidance hole 71 andthe detaching hole 42 by means of the detaching tool 9, and the elasticcord 5 is detached from the sleeve 3 directly at the connection betweenthe top of the wiping object 2 and the elastic cord 5; if there areattachments hard to clean on the wiping object 2, the attachments can beremoved by using the scraper 91 or the comb 92 on the detaching tool 9,and the detaching tool 9 can be directly connected to the rod body 1 ina clamped manner after use.

According to the present invention, the upper end of the wiping object 2is detachably connected to the sleeve 3 and the lower end of the wipingobject is detachably connected to the lower end of the rod body 1, sothat it is convenient to replace or clean the detached wiping object 2,the mop is cleaned more cleanly after being detached without beingcleaned frequently, so that the physical power and the water consumptionof the user are saved. The floor mopping effect of the cleaned mop isbetter, and the service life of the mop is prolonged as the wipingobject 2 can be replaced. By arranging the locking mechanism 6, thesleeve 3 in a floor moping state and a non-floor mopping state can belimited, and thus, axial play thereof is prevented; by arranging thesupporting piece 7, the wiping object 2 leans against the ground duringfloor mopping, so that the contact area of the wiping object 2 and theground is increased and the floor mopping efficiency is higher; byarranging the distribution plate 8, when the sleeve 3 falls, the wipingobject 2 can be fully dispersed under the guiding action of thedistribution plate 8, so that floor mopping is facilitated; and byforming the detaching hole 42 and the avoidance hole 71, it isconvenient to detach by means of the detaching tool 9 or bare-handeddetachment is facilitated by virtue of the holding portion 41; and byarranging the detaching tool 9 movably connected therewith on the rodbody 1, the detaching tool is access upon use, and it is quiteconvenient. The scraper 91 and/or the comb 92 are arranged to removeattachments on the wiping object 2.

The specific embodiments described herein are merely illustrations ofspirit of the present invention. Various modifications or supplementscan be made on the described specific embodiments or can be replaced asimilar manner by those skilled in the art without deviating from thespirit of the present invention or surpassing the scope defined by theattached claims.

What is claimed is:
 1. A water wringing mop, comprising a wiping objectand a rod body, wherein the rod body is externally sleeved with a sleeveconfigured to ascend and descend along the rod body; an upper end of thewiping object is connected to the sleeve, and a lower end of the wipingobject is connected to a lower end of the rod body; the lower end of therod body is provided with a compressing piece connected detachably; thecompressing piece fixedly connects the lower end of the wiping object tothe lower end of the rod body, and the upper end of the wiping object isdetachably connected with the sleeve.
 2. The water wringing mopaccording to claim 1, wherein the compressing piece is provided with anexternal thread, and the lower end of the rod body is provided with aninternal thread matched with the external thread.
 3. The water wringingmop according to claim 1, wherein the sleeve and the wiping object arefixedly connected via an elastic cord.
 4. The water wringing mopaccording to claim 1, wherein a locking mechanism is arranged betweenthe rod body and the sleeve, and the locking mechanism is configured tolock an axial direction of the sleeve when the sleeve descends to thelower end of the rod body.
 5. The water wringing mop according to claim4, wherein the locking mechanism comprises a lower limiting groovedisposed in a lower portion of the rod body and a limiting blockdisposed on an inner wall of the sleeve, wherein the limiting block isconfigured to be buckled into the lower limiting groove, and thelimiting block is movably mounted on the sleeve and has a trend ofcompressing the rod body continuously.
 6. The water wringing mopaccording to claim 5, wherein the upper end of the rod body is providedwith an upper limiting groove, wherein when the sleeve ascends to amiddle portion of the rod body, the limiting block is configured to beembedded into the upper limiting groove and lock an axial position ofthe upper limiting groove.
 7. The water wringing mop according to claim1, wherein a lower end of the compressing piece is provided with adiscal supporting piece, and the discal supporting piece is detachablyconnected with the compressing piece; the compressing piece is providedwith a detaching hole, wherein a tool is inserted conveniently throughthe detaching hole; and the discal supporting piece is provided with anavoidance hole corresponding to the detaching hole.
 8. The waterwringing mop according to claim 1, wherein the lower end of the rod bodyis provided with a distribution plate above the compressing piece. 9.The water wringing mop according to claim 1, wherein the compressingpiece is further provided with a holding portion, wherein the mop isheld by a hand conveniently through the holding portion.
 10. The waterwringing mop according to claim 7, wherein the rod body is movablyconnected with a detaching tool; the detaching tool is configured to beinserted into the detaching hole and the avoidance hole; the detachingtool is provided with a scraper and/or a comb; a section of thedetaching tool is in an arc-shaped opened ring shape; and the detachingtool is configured to be connected to the rod body in a clamping manner.11. The water wringing mop according to claim 2, wherein a lockingmechanism is arranged between the rod body and the sleeve, and thelocking mechanism is configured to lock an axial direction of the sleevewhen the sleeve descends to the lower end of the rod body.
 12. The waterwringing mop according to claim 3, wherein a locking mechanism isarranged between the rod body and the sleeve, and the locking mechanismis configured to lock an axial direction of the sleeve when the sleevedescends to the lower end of the rod body.
 13. The water wringing mopaccording to claim 2, wherein a lower end of the compressing piece isprovided with a discal supporting piece, and the discal supporting pieceis detachably connected with the compressing piece; the compressingpiece is provided with a detaching hole, wherein a tool is insertedconveniently through the detaching hole; and the discal supporting pieceis provided with an avoidance hole corresponding to the detaching hole.14. The water wringing mop according to claim 3, wherein a lower end ofthe compressing piece is provided with a discal supporting piece, andthe discal supporting piece is detachably connected with the compressingpiece; the compressing piece is provided with a detaching hole, whereina tool is inserted conveniently through the detaching hole; and thediscal supporting piece is provided with an avoidance hole correspondingto the detaching hole.
 15. The water wringing mop according to claim 2,wherein the lower end of the rod body is provided with a distributionplate above the compressing piece.
 16. The water wringing mop accordingto claim 3, wherein the lower end of the rod body is provided with adistribution plate above the compressing piece.
 17. The water wringingmop according to claim 2, wherein the compressing piece is furtherprovided with a holding portion, wherein the mop is held by a handconveniently through the holding portion.
 18. The water wringing mopaccording to claim 3, wherein the compressing piece is further providedwith a holding portion, wherein the mop is held by a hand convenientlythrough the holding portion.